the chair for BioMolecular Optics at the University of Munich.
As a member of the Fakultät für Physik we are concerned with
fundamental problems of physical nature in the fields of biology
and chemistry. Our emphasis lies in the theoretical and experimental
biophysics, the physics of molecules and in ultrafast spectroscopy.
You can find more information by using the navigation bar to the left
or directly on the pages of our professors and senior scientists:
Open positions for PhD/Msc/Bsc projects
The publication "High definition live 3D-OCT in vivo: design and evaluation of a 4D OCT engine with 1 GVoxel/s"
by Wolfgang Wieser
from the group of Prof. Robert Huber
was highlighted as Spotlight article by the Optical
Society of America (OSA). Fastest 3D-OCT with real-time, volumetric display enables interactive OCT for
future applications like e.g. surgical microscopes. More
An interdisciplinary research team of physicists and chemists at LMU could show, that the
Watson-Crick base pairing is of fundamental importance for the UV-stability of natural DNA.
The groups of Prof. Zinth and Prof. Carell (LMU Faculty of Chemistry and Pharmacy)
found a new deactivation mechanism of photoexcited DNA. The UV radiation leads to
reactive DNA species, which may create lesions which have not been connected to UV light absorption so far. press release
Professor Dr. Robert Huber receives Klung-Wilhelmy-Weberbank-Award 2013.
Robert Huber is honoured for the invention of the Fourier Domain Mode-locked
Laser (FDML), "because his work has been able to bridge the gap between
fundamental physics and laser applications in medical imaging". The
is one of the most valuable, privately funded awards for German researchers.
Professor Dr. Robert Huber takes up a professorship at the
institute for biomedical optics
at the university of Lübeck.
Christoph Eigenwillig in the research group of Robert Huber has demonstrated
the optical compression of light from a stationary, wavelength tunable laser
to picoseconds pulses for the first time. In a collaboration with the laser
theory group of Christian Jirauschek from the Technical University of
Munich, an experimental setup has been realized, which passively compresses
the output from a Fourier Domain Mode Locked (FDML) laser in time.
Professor Dr. Wolfgang Zinth was awarded the TRVS Award 2013 of the
International Conference on Time-Resolved Vibrational Spectroscopy
for pioneering development of time-resolved techniques and their employment for the resolution of
biophysical processes. Previous recipients of the TRVS award among others are Professor Dr. Andreas Albrecht,
Professor Dr. Robin Hochstrasser and Professor Dr. Mostafa El Sayed.
On Friday, 29th of June a symposia with the title
"BioMolekulare und medizinische Optik: Schnellste Vorgänge in Biologie und Chemie bis hin zur medizinischen Bildgebung"
will be organized by the chair for BioMolecular Optics.
February 2012 - Professor Dr. Wolfgang Zinth was appointed as a full member to the Bavarian Academy of Science.
Dr. Robert Huber has been awarded a "Starting Grant by the European Research Council (ERC)". Robert Huber will receive research funding
in the amount of 1.2 million Euros over the next five years. ERC Starting Grants are specifically designed to
fund the work of outstandingly creative researchers in the early phases of their careers.
The publication "Multi-Megahertz OCT: High
quality 3D imaging at 20 million A-scans and 4.5 GVoxels per second" by Wolfgang Wieser from the group of Dr. Robert
Huber was highlighted as Spotlight Article
from the Optical Society of America (OSA).
Interesting information and opinions about the "Bologna-Prozess" can be found in the newest edition of "
Sprachnachrichten", the news letter of
the Verein Deutsche Sprache e.V..
The program package FC-Lab II for the efficient calculation of multidimensional
Franck-Condon factors has been developed by Dr. Igor Pugliesi and Dr. Christian Schriever and is available for users.
Dr. Robert Huber is awarded the Rudolf-Kaiser-Preis
2008 for his work on optical coherence tomography and Fourier domain mode locked lasers.